摘要
文章重点探索和分析了半导体器件封装技术及技术应用的可靠性,以提升半导体器件在各种环境下高质量应用。以理论与实践相结合的方式,对半导体器件的封装技术进行分析,例如封装工艺、芯片保护、电气功能实现等技术内容,可为提升封装耐久性和稳定性提供有效途径。同时,针对封装技术应用的可靠性进行优化。研究发现应用封装材料及技术的先进性改良,可提升器件封装热循环能力、机械承受能力等,相关研究数据表明,经过优化后的半导体器件封装技术,能够延长设备自身的使用寿命,对高性能电子设备的应用提供有力技术支持。
This paper focuses on exploring and analyzing the reliability of semiconductor device packaging technology and technical application,so as to improve the high-quality application of semiconductor devices in various environments.The analysis of the packaging technology of semiconductor devices,such as packaging process,chip protection,electrical function implementation,etc.,can provide an effective way to improve the durability and stability of the package by combining theory and practice.At the same time,it is optimized for the reliability of packaging technology applications.The research data show that the optimized semiconductor device packaging technology can extend the service life of the equipment itself and provide favorable technical support for the application of high-performance electronic equipment.
作者
范雯雯
FAN Wenwen(Zhejiang Guchi Electronics Co.,Ltd.,Lishui 321402,China)
关键词
半导体
器件
封装技术
可靠性
semiconductors
devices
packaging technology
reliability
